Dr. Seyedeh Fatemeh Fallah | Surface Science | Research Excellence Award
University of Guilan | Iran
Dr. Seyedeh Fatemeh Fallah is a dedicated researcher whose work bridges surface science, biological interfaces, and functional material interactions in living systems, making her a strong contributor to surface-driven research excellence. Her academic expertise is rooted in advanced biological and physiological systems, with a strong focus on interactions at micro- and nano-scale interfaces where surfaces play a decisive role in regulating biological performance. Dr. Fallah’s research explores how surface chemistry, microbial interactions, and material–biological interfaces influence physiological responses, stress tolerance, and functional performance in complex systems. She has demonstrated particular strength in studying surface-mediated interactions between microorganisms, plant tissues, and surrounding environments, contributing valuable insights into nutrient exchange, biochemical signaling, and adaptive responses. Through interdisciplinary research, she has applied surface science concepts to understand adhesion, colonization, and functional synergy at biological interfaces, supporting advances in sustainable systems and applied life sciences. In addition to her research contributions, Dr. Fallah has been actively involved in academic teaching, mentoring graduate students, and collaborative research initiatives at both national and international levels. Her work reflects a strong commitment to translating fundamental surface science principles into practical biological and environmental applications. Recognized for her analytical rigor, collaborative mindset, and consistent research output, Dr. Fallah continues to advance knowledge at the intersection of surface science and biological systems, making her a deserving recipient of the Research Excellence Award for her impactful and interdisciplinary scientific contributions.
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Featured Publications
The physiological impacts of three AMF species and Bacillus thuringiensis (vegetative and endospore forms) in strawberry under different phosphorus availability
– Plant Physiology and Biochemistry, 2026
Arthrospira platensis and Gracilaria gracilis algae extracts as biological inducers for human amniotic mesenchymal stem cells (hAMSC)
– Journal of Applied Phycology, 2024
Comparative evaluation of physicochemical properties of four main Iranian cultivars of Olea europaea (Mary, Roghani, Fishomi and Zard)
– Journal of Plant Processing and Function, 2022